![]() ![]() Either way, it's something to set you off to tinker with. Maybe you'll have more luck in that regard. I know it found a flow someone else made that changed the different attributes of a light entity, but I wasn't intelligent enough to be able to back engineer (change nodes and Java make my eyes cross) it and work it out myself. It's doable, but I don't have the skills to do it. It would be randomly picking from a list of predefined values I had set up in the flow rather than sending the light a bunch of random variables. I could even add some random variable so I wouldn't know what it's going to do next, but an actual, completely random colour combination and brightness would be out of my depth. I could trigger a light with the cube in Node Red. Then all you need to do is work out how to have the cube trigger it all (probably the easiest bit). What I'm envisioning is the node picking a random number between 1 and 255 then sending that number to a function node that would then put that random number into a value of R, G, B, cw, ww, and brightness (you could set up a random number for each) then pipe the values into a light. There's a random node that I've used to pick a random number between 1 and 4 then stuck a switch node after it that directed each number to trigger another node. Sorry Daslight I don't want to offend you with the above but using Macbook Pro's with powerful specifications will still not ensure a stable workflow, which is the opposite with almost all other software that I use.This may be possible in Node Red. The method is not applicable to other sets of colors though, where youd have to build a list of all the colors you want to choose from and then use random.choice to pick one at random. I agree with the other request that the DVC interface needs an update with regards to the connection to your computer of which the connector is asking for problems when frequently used.įurthermore it would be great if the program itself gets rewritten in a way that it is much more stable. Here: def randomcolor (): rgbl 255,0,0 random.shuffle (rgbl) return tuple (rgbl) The result is either red, green or blue. You can choose to revert back to normal settings or stay in the colorloop after turning on and. I think this is the main feature to add to any new Daslight version. This Formula will put your selected lights into a color loop. What we require is that we can create a scene that only controls the virtual shutter / dimming per LED separate from a scene that controls the colors and for which you could use the FX generator (for instance for gradients) or even better make color choice buttons (for instance for fixed color selection) so you can play with this in the live mode. If you want to create shutter / dimming FX you would need the FX generator which involves a lot of time if you require multiple scenes and it is not always stable and can crash. The main improvement would be to add virtual shutters / dimmers to generic LED's and to already written personalities of fixtures as separate channels.Ī lot of fixtures, like LED striplights lack shutter and / or dimmer channels, using Daslight 4 you can only control the color values like RGB (or more color channels if the fixture is equipped with it). Previously this was a request from myself and other users. ![]() My current laptop has an SSD drive and an Nvidia video card. Show loading and saving times are huge and take a fantastic/unreasonable amount of time to save and load. ![]() In particular, adding white and UV LEDs to the FX generator would greatly improve my shows. The FX generator only controls RGB LEDs we need the ability and flexibility to control HEX fixtures for better color mixing. The FX generator in DasLight 2 and 3, there was a random color generator. The article discusses a simple,Arduino red, green, blue LED light effect generator circuit in a random pattern. A second way to approach the problem by using a MIDI fader to control outputs between scenes. I do see the difficulties with doing this with multiple steps with different fixtures, but doing this between single steps should be possible. LED and plays a suitable tone / void lightLedAndPlayTone(byte ledIndex). You have a 2nd scene, one single step, which is alternating white and pink.) DasLight needs a way to fade the first scene into the next scene. // It assumes pin A3 is floating (disconnected). Lightstar AIRLITE Bi-Color LED Ballon (1000W) Lightstar Airlite 1000W LED (1. (Example: You have a row of LED pars and a scene, one single step, which is alternating blue and gold. ION 720W grow lights are one of the most powerful LED lights in its class. One of the most important features DasLight is currently lacking is a crossfader between two static scenes. DasLight 5 needs additional features without adding new features, there is no reason to upgrade.
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